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Arom
Arom
 
 
donghwi
donghwi
 
 
ppt용
ppt용
 
 
wave create
wave create
 
 
보고서용
보고서용
 
 
예비용
예비용
 
 
.gitignore
.gitignore
 
 
.png
.png
 
 
111.png
111.png
 
 
123.png
123.png
 
 
1D water PPT 편집용 copy 2.ipynb
1D water PPT 편집용 copy 2.ipynb
 
 
1D water PPT 편집용 copy.ipynb
1D water PPT 편집용 copy.ipynb
 
 
1D water PPT 편집용.ipynb
1D water PPT 편집용.ipynb
 
 
1D_water,hzmax =3.0, nu = 0.00015.mp4
1D_water,hzmax =3.0, nu = 0.00015.mp4
 
 
1D_water,hzmax =3.0, nu = 0.002.mp4
1D_water,hzmax =3.0, nu = 0.002.mp4
 
 
1D_water,hzmax =3.0, nu = 0.0099279.mp4
1D_water,hzmax =3.0, nu = 0.0099279.mp4
 
 
1D_water,hzmax =3.0, nu = 1000cSt.mp4
1D_water,hzmax =3.0, nu = 1000cSt.mp4
 
 
1D_water,hzmax =3.5242489988073276, mu = 1e-08.mp4
1D_water,hzmax =3.5242489988073276, mu = 1e-08.mp4
 
 
1D_water,hzmax =3.5368707729808793, mu = 1e-06.mp4
1D_water,hzmax =3.5368707729808793, mu = 1e-06.mp4
 
 
1D_water,hzmax =3.5368707729808793, nu = 1e-06.mp4
1D_water,hzmax =3.5368707729808793, nu = 1e-06.mp4
 
 
1D_water,hzmax =3.5703278154333344, nu = 0.005.mp4
1D_water,hzmax =3.5703278154333344, nu = 0.005.mp4
 
 
1D_water,hzmax =3.5703278154333344, nu = 1.0034cSt.mp4
1D_water,hzmax =3.5703278154333344, nu = 1.0034cSt.mp4
 
 
1D_water,hzmax =3.5703278154333344, nu = 1.0034e-06.mp4
1D_water,hzmax =3.5703278154333344, nu = 1.0034e-06.mp4
 
 
1D_water,hzmax =4.5, mu = 0.0001.mp4
1D_water,hzmax =4.5, mu = 0.0001.mp4
 
 
1D_water,hzmax =4.5, mu = 0.01.mp4
1D_water,hzmax =4.5, mu = 0.01.mp4
 
 
1D_water,hzmax =4.5, mu = 1e-08.mp4
1D_water,hzmax =4.5, mu = 1e-08.mp4
 
 
1D_water,hzmax =5.0001, mu = 0.001.mp4
1D_water,hzmax =5.0001, mu = 0.001.mp4
 
 
1D_water,hzmax =5.0001, mu = 0.1.mp4
1D_water,hzmax =5.0001, mu = 0.1.mp4
 
 
22.05.15 PDE by FFT.ipynb
22.05.15 PDE by FFT.ipynb
 
 
22.05.17 Dambreak.ipynb
22.05.17 Dambreak.ipynb
 
 
22.06.07 Navier stokes Hirt VOF method.ipynb
22.06.07 Navier stokes Hirt VOF method.ipynb
 
 
22.07.05 widget test copy.ipynb
22.07.05 widget test copy.ipynb
 
 
22.07.05 widget test.ipynb
22.07.05 widget test.ipynb
 
 
2D_dam_break.ipynb
2D_dam_break.ipynb
 
 
2D_dam_break.png
2D_dam_break.png
 
 
Integrator example.ipynb
Integrator example.ipynb
 
 
Integrator.py
Integrator.py
 
 
Integrator_example_colab_test.ipynb
Integrator_example_colab_test.ipynb
 
 
Multiprocess test.ipynb
Multiprocess test.ipynb
 
 
README.md
README.md
 
 
TEST.txt
TEST.txt
 
 
dam_break_labeling.png
dam_break_labeling.png
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1.0034cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1.0034cSt.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1.52cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1.52cSt.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1000cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 1000cSt.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 100cSt, cm scale.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 100cSt, cm scale.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 100cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 100cSt.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 10cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 10cSt.mp4
 
 
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 9927.9cSt.mp4
dry bed 1D_water Droplet ,hzmax =1.6999729461628648, nu = 9927.9cSt.mp4
 
 
dry bed 1D_water frictionless ,hzmax =2.0, nu = 1.0034cSt.mp4
dry bed 1D_water frictionless ,hzmax =2.0, nu = 1.0034cSt.mp4
 
 
dry bed 1D_water,hzmax =2.0, nu = 1.0034cSt.mp4
dry bed 1D_water,hzmax =2.0, nu = 1.0034cSt.mp4
 
 
max velocity by position.png
max velocity by position.png
 
 
shallow_water.py
shallow_water.py
 
 
sw1d_h.txt
sw1d_h.txt
 
 
sw1d_t.txt
sw1d_t.txt
 
 
sw1d_uh.txt
sw1d_uh.txt
 
 
sw1d_x.txt
sw1d_x.txt
 
 
temp.txt
temp.txt
 
 
test_image.png
test_image.png
 
 
test_image2.png
test_image2.png
 
 
test_image3.png
test_image3.png
 
 
water with topology 1d 2.mp4
water with topology 1d 2.mp4
 
 
water with topology 1d 3.mp4
water with topology 1d 3.mp4
 
 
water with topology 1d dry bed.mp4
water with topology 1d dry bed.mp4
 
 
water with topology 1d.mp4
water with topology 1d.mp4
 
 
wave_simulation.py
wave_simulation.py
 
 
wet bed 1D_water,hzmax =2.0526164140909553, nu = 1.0034cSt.mp4
wet bed 1D_water,hzmax =2.0526164140909553, nu = 1.0034cSt.mp4
 
 
파도모형 예시.ipynb
파도모형 예시.ipynb
 
 

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IC_PBL-Naelisalang

IC PBL 전산물리 가조 내리사랑조

Navier - Stokes equation을 가지고 문제를 풀어보자

  1. 장에물을 가지고 갈때
  2. 점도를 바꾸어서 생각해 보았을때
  3. 지진파가 일어나서 파도가 올때
  4. 깊은 바도에서 해안가로 들어오는 파도가 위험한 이유

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Simulations for dam breaks and viscous fluids

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viscosity navier-stokes shallow-water-equations dambreak

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